This work reviews the present position of and surveys future perspectives in the physics of
chaotic advection: the field that emerged three decades ago at the intersection of fluid …

This paper reviews recent studies on rheology, flow behaviour and heat transfer of two-
phase aqueous secondary refrigerants (ice slurries). The difficulties in measuring their …

The potential industrial applications of curved tubes for single-and two-phase flow are
reviewed within the context of physics of flow, trends in the development of technology, and …

Microreactors are commonly regarded by their high mass transfer rates associated to their
small diameters. Although this is true, especially when compared to batch systems, mixing is …

The objective of this study is to characterize a new heating process in fluids, chaotic
advection. The main mechanism generating this flow is the production of spatially chaotic …

This study aims to research the flow, heat transfer and energy efficiency of a novel hybrid
nanofluid containing graphene nanoplatelets decorated with platinum nanoparticles in a …

High-efficiency cooling systems are key points in PEMFC transport applications, as the
volume constraints force the reduction of the stack size while increasing the power density …

Flatter velocity profiles and more uniform thermal environments are extremely desirous
factors for improved performance in flow reactors and heat exchangers. One means of …

Double-pipe heat exchangers have been widely used in various industries, and the efficient
design of these heat exchangers has received a significant research impetus. Chaotic …

Conventional mineral waste disposal involves pumping dilute concentration suspensions of
tailings to large catchment areas, where the solids settle to form a consolidated base while …